A water electrolysis device and gas preparation system
An electrolysis device and water electrolysis technology, applied in the electrolysis process, electrolysis components, electrodes, etc., can solve the problems of high cost and low safety, and achieve the effects of easy storage, good safety, and high calorific value
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Embodiment 1
[0094] Ions of water: ionized H 3 O + +HO - A mixture of proton hydrates and hydroxide ions is reformed in conjunction with alkanes.
[0095] Electrolyte 2-12 selects KOH concentration as 5%-30%, selects 15%. The reforming liquid 2-21 is selected from a mixture including C1-C5 alcohol alkanes.
[0096] The molecular gas components of the hydrocarbon structure prepared by the method in this embodiment 1 are detected and analyzed, and the chromatographic analysis results are as follows Figure 16 shown; the chromatographic analysis is recorded as Figure 17 shown. The detection and analysis results show that the gas is composed of a variety of hydrocarbon structures, with a calorific value >12000Kcal / m 3 .
Embodiment 2
[0098] Ions of water: ionized H 3 O + +HO - A mixture of proton hydrates and hydroxide ions is reformed in conjunction with alkanes.
[0099] Electrolyte 2-12 selects KOH concentration as 5%-30%, selects 20%. The reforming liquid 2-21 is a hydrocarbon, and a C3-C8 alkane mixture is selected.
[0100] The molecular gas components of hydrocarbon structures before and after reforming are shown in the table below. It can be seen from the table that the calorific value of the multi-component hydrocarbon structure is >30000Kcal / m3.
[0101] Table 2-Analysis of molecular gas components of hydrocarbon structures before and after reforming
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Embodiment 3
[0105] Ions of water: ionized H 3 O + +HO - A mixture of proton hydrates and hydroxide ions is reformed in conjunction with alkanes.
[0106] Electrolyte 2-12 selects KOH concentration as 5%-30%, selects 30%. The reforming liquid 2-21 is a hydrocarbon, and a C5-C12 alcohol-alkane mixture is selected. The calorific value of multi-component hydrocarbon structure>50000Kcal / m 3 .
[0107] The example shows that the safe high calorific value gas of the present invention is clean energy, and has very excellent energy saving and emission reduction effect compared with any existing conventional fuel. From the actual combustion performance, it can be seen that compared with conventional fuels, energy saving and economy can be saved by more than 50%; the emission of NOX, SOX, CO2 and other harmful gases can be effectively controlled, and combustion emissions can be reduced by more than 60%. The present invention is not limited to the above examples and can be applied to all appl...
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